Jamcor/SJS Products is proud to be more than a service provider to our customers, instead operating as an invested partner that offers advanced engineering support services like Design for Manufacturability (DFM), thermal analysis, and mold flow simulation services. These value-added offerings are specifically focused on optimizing thermal management systems and other high-performance electronic components. When our engineers evaluate designs early in the development cycle, we can help improve heat dissipation, reduce production risks, and ensure compatibility with real-world manufacturing processes before the project gets too far downstream. For things like heat sinks, cold plates, vapor chambers, and enclosures, this early-stage design decision directly impacts final system efficiency, reliability, and costs. Our engineering-first approach ensures that these factors are addressed before production starts.
Design for Manufacturability (DFM) is a critical step in the manufacturing process that has a significant impact on time to market, production costs, and final performance characteristics or part quality. Rather than plunging headfirst into full-scale production of a part design without understanding its inherent “manufacturability,” it can derail production before it even gets underway, leading to costly delays and rework. The engineering team at Jamcor/SJS Products can work with you to evaluate part geometry, material selection, and process compatibility early to guarantee that designs are not only manufacturable but also thermally optimized to deliver the necessary performance characteristics for the end application.
Producing thermal components is a challenging task, especially when these intricate parts are relied upon in advanced end applications in the semiconductor, electronic, aerospace, and industrial sectors. Jamcor’s DFM services for thermal components focus on:
For injection-molded components destined for use in thermal systems, conducting a mold flow analysis is essential for predicting material behavior during production runs. For parts liek housings, airflow guides, and other insulating structures, inconsistencies in mold flow can impact airflow efficiency, component alignment, and other thermal interface performance characteristics. By validating these factors before tooling occurs, Jamcor mold flow analysis services help customers reduce design risk and ensure consistent performance across final production runs.
Our available mold flow analysis services examine several distinct factors that occur during injection molding that can have a direct impact on final part quality and consistency. The common factors examined during a mold flow simulation include:
For thermal management systems and high-performance electronic components, conducting thermal analysis is essential for predicting how heat will transfer, spread, and dissipate under real-world conditions. For manufactured components like heat sinks, cold plates, vapor chambers, and enclosures, any inconsistencies in thermal performance can lead to undesirable hotspots, a loss of efficiency, and concerns regarding long-term reliability. By validating these thermal behaviors with thermal analysis services before prototyping or production, Jamcor can help customers reduce design risks and improve consistency across final applications.
Our available thermal analysis services examine several integral factors that will have a direct impact on heat transfer, system reliability, and overall thermal efficiency. The common factors Jamcor engineers evaluate during a thermal simulation include:
DFM optimizes material selection, geometry, and manufacturing processes to improve heat transfer, reduce thermal resistance, and enhance overall system efficiency.
Thermal analysis models heat flow, temperature distribution, and cooling performance, allowing engineers to validate designs before prototyping.
It ensures molded parts maintain dimensional accuracy, which is critical for airflow, component alignment, and thermal interface performance.
These services should be applied early in the design phase to identify risks, reduce redesigns, and optimize performance before tooling and production.
Yes, Jamcor provides engineering support, prototyping, and production services, ensuring designs are optimized and ready for manufacturing.
We excel at precision mold design to final injection molding services of thermoplastics and advanced polymers with utmost accuracy and quality.
Learn More »High-pressure production with excellent dimensional accuracy and surface finishes using non-ferrous metals like zinc, aluminum, and magnesium.
Learn More »3 and 4-axis CNC machining services offer unparalleled versatility while maintaining dimensional tolerances and part integrity in high-performance parts.
Learn More »Our team excels at designing and fabricating bracketry, ANSI standard screws, bolts, nuts, and other parts to match specific requirements.
Learn More »Metal stamping is a suitable process for designing and producing precision punches and dies that utilize advanced progressive dies for optimal efficiency.
Learn More »We manufacture LED/LCD light pipes, light guides, optical light conduits, and other optoelectronic lighting solutions for visual displays.
Learn More »Innovative room-temperature metal-shaping that uses compressive force to shape fasteners and gears while improving strength, surface finish quality, and dimensional accuracy.
Learn More »We shape aluminum into complex profiles and shapes that can be cut to length and further finished to meet stringent customer design specifications.
Learn More »Let us improve your operational efficiency by streamlining kit and assembly of electronic components and integrating these sub-assemblies into larger product designs.
Learn More »Contact us today to learn more about how our engineering, manufacturing, thermal management, and engineering support services can benefit your upcoming manufacturing projects. We are ready to assist you in achieving your goals and bringing your innovative ideas to life!
888.757.7500